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Fisheries and ocean color
Chl-a products of three mainstream remote sensing. This study focuses on the northwest Pacific fishing ground (NPFG) to evaluate and improve the. Ocean Colour and rainer-daus.de ERD, Lighthouse Ave., Pacific Grove, CA In the last half century the world fish harvest has increased more than four . The Societal Benefits of Ocean-Colour Radiometry Satellite Ocean Colour: fisheries and other living resources. Species at Risk. Why Ocean Colour? Ocean colour is an ECV with two specific products: spectrally resolved remote-sensing reflectances or (normalised) water-leaving radiances and. Ocean color measurements from satellites have tremendous potential applications for use in fisheries research, and in the proper management of fishery . Due to this green pigment - chlorophyll - phytoplankton preferentially absorb the red and blue portions of the light spectrum (for photosynthesis) and reflect green light. The swirls of green are a phytoplankton bloom in the Gulf of California. The most important light-absorbing substance in the oceans is chlorophyll, which phytoplankton use to produce carbon by photosynthesis. Pure water is perfectly clear, of course -- but if there is a lot of water, and the water is very deep so that there are no reflections off the sea floor, the water appears as a very dark navy blue. The reason the ocean is blue is due to the absorption and scattering of light. For most of the world's oceans, your answer would be correct. ocean colour data is used to monitor a number of issues that impact fisheries, such as harmful algal blooms, coastal pollution, and derelict fishing gear. The results of ocean colour have revolutionised the field of biological oceanography, and have made important contributions to biogeochemistry, to physical. PACE MISSION APPLICATIONS - Marine ecosystem resources: Fisheries biological activity in the ocean (Image Credit: SeaWiFS Ocean Color image;.